REACTION is an EU Innovation Action Funded Project which aims to develop the first
worldwide 200mm Silicon Carbide (SiC) Pilot Line for SiC based Power technology. The …

Semiconductor power modules are the key hardware components of a traction inverter. It
drives motor speed and torque, managing the energy exchange from battery to motor and …

The objective of this study was to develop a Computational Fluid Dynamics (CFD) 3D model
for an industrial application, to investigate how surface roughness affected pressure drop …

This work presents an integrated experimental–numerical method to characterize, model,
and experimentally study the properties of transfer molded power modules, considering two …

Power SiC MOSFETs are going to substitute Si devices by to their significantly better
performances that make them much suitable in power switching applications such as …

The Silicon Carbide (SiC) semiconductor material is playing a fundamental role in the
development of new power modules. Due to its excellent physical properties, the power …

This paper proposes an experimental method devoted at characterizing the maximum
continuous drain-source current sustainable by a power semiconductor device. This …

Silicon carbide (SiC)-based power modules in automotive applications are becoming more
and more important in the framework of battery and hybrid vehicles. Consequently, the …

Nowadays the increasing demand of high-efficiency power devices for automotive
framework, forced the scientific community to develop new technologies capable to operate …

One of the main bottleneck for power semiconductor durability is the solder joint reliability. A
proper design of the interconnections between silicon chip and printed control board is …